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Tescom-P-mm1

TESCOM™ Anderson Greenwood Instrumentation Model MM1 3­Valve Differential Pressure Manifolds

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Product Description

A miniature three-valve manifold with the option of metal or soft seats for applications requiring remote mounting from the instrument

Products

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1-10 of 16 results for Products
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MM1RDB-2
TESCOM™ Anderson Greenwood Instrumentation Series MM1 Instrument Manifold MM1RDB-2
Max Pressure
3000 psig
Body Material
Brass
Orifice
0.136"
Connections
1/4" FNPT Inlet X 1/4" FNPT Outlet
availability
Max Pressure
Body Material
Orifice
Connections
availability
3000 psig
Brass
0.136"
1/4" FNPT Inlet X 1/4" FNPT Outlet
ADD TO CART
ADD TO WORKSPACE
MM1RDC-2
TESCOM™ Anderson Greenwood Instrumentation Series MM1 Instrument Manifold MM1RDC-2
Max Pressure
3000 psig
Body Material
Carbon Steel
Orifice
0.136"
Connections
1/4" FNPT Inlet X 1/4" FNPT Outlet
availability
Max Pressure
Body Material
Orifice
Connections
availability
3000 psig
Carbon Steel
0.136"
1/4" FNPT Inlet X 1/4" FNPT Outlet
ADD TO CART
ADD TO WORKSPACE
MM1RDS-2
TESCOM™ Anderson Greenwood Instrumentation Series MM1 Instrument Manifold MM1RDS-2
Max Pressure
3000 psig
Body Material
316SS
Orifice
0.136"
Connections
1/4" FNPT Inlet X 1/4" FNPT Outlet
availability
Max Pressure
Body Material
Orifice
Connections
availability
3000 psig
316SS
0.136"
1/4" FNPT Inlet X 1/4" FNPT Outlet
ADD TO CART
ADD TO WORKSPACE
MM1RIB-2
TESCOM™ Anderson Greenwood Instrumentation Series MM1 Instrument Manifold MM1RIB-2
Max Pressure
3000 psig
Body Material
Brass
Orifice
0.136"
Connections
1/4" FNPT Inlet X 1/4" FNPT Outlet
availability
Max Pressure
Body Material
Orifice
Connections
availability
3000 psig
Brass
0.136"
1/4" FNPT Inlet X 1/4" FNPT Outlet
ADD TO CART
ADD TO WORKSPACE
MM1RIC-2
TESCOM™ Anderson Greenwood Instrumentation Series MM1 Instrument Manifold MM1RIC-2
Max Pressure
3000 psig
Body Material
Carbon Steel
Orifice
0.136"
Connections
1/4" FNPT Inlet X 1/4" FNPT Outlet
availability
Max Pressure
Body Material
Orifice
Connections
availability
3000 psig
Carbon Steel
0.136"
1/4" FNPT Inlet X 1/4" FNPT Outlet
ADD TO CART
ADD TO WORKSPACE
MM1RIS-2
TESCOM™ Anderson Greenwood Instrumentation Series MM1 Instrument Manifold MM1RIS-2
Max Pressure
6000 psig
Body Material
316SS
Orifice
0.136"
Connections
1/4" FNPT Inlet X 1/4" FNPT Outlet
availability
Max Pressure
Body Material
Orifice
Connections
availability
6000 psig
316SS
0.136"
1/4" FNPT Inlet X 1/4" FNPT Outlet
ADD TO CART
ADD TO WORKSPACE
MM1VDB-2
TESCOM™ Anderson Greenwood Instrumentation Series MM1 Instrument Manifold MM1VDB-2
Max Pressure
3000 psig
Body Material
Brass
Orifice
0.136"
Connections
1/4" FNPT Inlet X 1/4" FNPT Outlet
availability
Max Pressure
Body Material
Orifice
Connections
availability
3000 psig
Brass
0.136"
1/4" FNPT Inlet X 1/4" FNPT Outlet
ADD TO CART
ADD TO WORKSPACE
MM1VDC-2
TESCOM™ Anderson Greenwood Instrumentation Series MM1 Instrument Manifold MM1VDC-2
Max Pressure
3000 psig
Body Material
Carbon Steel
Orifice
0.136"
Connections
1/4" FNPT Inlet X 1/4" FNPT Outlet
availability
Max Pressure
Body Material
Orifice
Connections
availability
3000 psig
Carbon Steel
0.136"
1/4" FNPT Inlet X 1/4" FNPT Outlet
ADD TO CART
ADD TO WORKSPACE
MM1VDS-2
TESCOM™ Anderson Greenwood Instrumentation Series MM1 Instrument Manifold MM1VDS-2
Max Pressure
3000 psig
Body Material
316SS
Orifice
0.136"
Connections
1/4" FNPT Inlet X 1/4" FNPT Outlet
availability
Max Pressure
Body Material
Orifice
Connections
availability
3000 psig
316SS
0.136"
1/4" FNPT Inlet X 1/4" FNPT Outlet
ADD TO CART
ADD TO WORKSPACE
MM1VDS-2-SG
TESCOM™ Anderson Greenwood Instrumentation Series MM1 Instrument Manifold MM1VDS-2-SG
Max Pressure
3000 psig
Body Material
316SS
Orifice
0.136"
Connections
1/4" FNPT Inlet X 1/4" FNPT Outlet
availability
Max Pressure
Body Material
Orifice
Connections
availability
3000 psig
316SS
0.136"
1/4" FNPT Inlet X 1/4" FNPT Outlet
ADD TO CART
ADD TO WORKSPACE
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1-10 of 16 results

Features

  • Cost savings of 20-30% when manifolding by eliminating several parts used in conventional methods of ‘piping up’.
  • Compact design requires minimum space for operation and installation; ideal for installations behind boards and in cabinets.
  • Fewer leak points reduce the chances of leakage.
  • Unique valve seat can be converted from soft to hard simply by removing two insert washers.
  • Rolled stem and bonnet threads increase strength and prevent galling, increasing valve life.
  • Back seat stem feature prevents stem blowout.
  • PTFE stem seal packing is easily adjusted for leak-proof and long service life.
  • O-ring stem seal threads are isolated from process preventing galling and corrosion of the stem threads due to exposure to the process fluid.

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